SCANLAB GmbH presents its latest offering in the galvanometer product range: the compact dynAXIS421.小尺寸的检流计尤为适合applications in the medical environment – from Optical Coherence Tomography (OCT) to microscopy, DNA-sequencing and other medical laser treatments. The superior motor design with analog or digital servo-control technology, together with ISO 9001-certified quality standards, guarantees highest reliability and extraordinary precision. Digital system monitoring and customizable feedback signals offer an appropriate solution for demanding bio-medical and industrial customers.
Medical applications have special requirements to ensure patient comfort and safety. Therefore precision and long-term reliability are particularly important. Improved scan efficiency, resulting in shorter treatment times and higher quality imaging are especially beneficial in the biomedical sector.
The new compact galvanometer scanner dynAXIS421 meets the market needs at a reasonable cost target. When combined with SCANLAB’s digital servo-controller, the galvo provides highest dynamics. The new optical position detector results in superior precision and stability. System status monitoring is a flexible feature which can be tailored to the application needs. Low heat generation and optimized thermal resistance ease the integration into handheld devices or complex medical and ophthalmic instruments.
Thanks to SCANLAB’s lean organization, lead times are not only shorter than market average, but are highly dependable. ‘Made in Germany’ proves highest quality standards and consistency across the entire product range. Experienced sales engineers and an application support team provide quick and detailed responses, and customization as needed.
The compact dynAXIS421 may be purchased with either analog or digital servo-driver boards and a large variety of mirrors and coating options. Standard configurations are available now.
For more information, please visit:https://www.scanlab.de/
 |
 |
 |
 |
 |
|||
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
 |
